Become a DIDz Credential Verifier
Why Become a DIDz Credential Verifier?
Remove the Liability of Verification: With the DIDz DApp system, your organization is not responsible for managing sensitive personal data. Instead, Zero Knowledge Proofs (ZKPs) are used to confirm that a user meets the required criteria without exposing any unnecessary information. This eliminates the burden and legal liability traditionally associated with handling private data.
Earn Revenue in Perpetuity: As a DIDz Credential Verifier, your organization will receive a continuous stream of revenue for every verification request processed through the system. Each time a user requests to verify their credentials, whether it’s for age, employment, or any other verification, your organization earns a fee for facilitating that process. This creates a sustainable and scalable source of income for your organization as demand for verifiable credentials grows.
Enhance Trust and Security: By participating in the DIDz network, your organization becomes a part of a trusted ecosystem of verifiers that ensures the privacy, security, and accuracy of digital credentials. With Decentralized Identifiers (DIDs), you help build a future where individuals have full control over their identities while your organization helps validate that trust.
Scalable and Seamless Integration: The DIDz DApp System is built on Midnight and Hyperledger, ensuring that our infrastructure is robust, flexible, and ready for easy integration into your existing systems. We provide the tools and support to seamlessly adopt DID-based credential verification.
Join us in revolutionizing identity management. Become a DIDz Credential Verifier today and be at the forefront of decentralized, privacy-preserving technology while unlocking new revenue streams for your organization.
At EnterpriseZK Labs, we offer an innovative and profitable opportunity for organizations to become trusted DIDz Credential Verifiers within our DIDz DApp System. By becoming a credential verifier, your organization will play a crucial role in the future of secure, decentralized identity verification.
